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Dual mode signal processing system for video and still image data 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04N-005/225
출원번호 US-0595055 (2000-06-16)
발명자 / 주소
  • Dunton, Randy R.
  • Metz, Werner
  • Corum, Curt
  • Booth, Jr., Lawrence A.
  • Acharya, Tinku
  • Jones, Thomas C.
출원인 / 주소
  • Intel Corporation
대리인 / 주소
    Blakely, Sokoloff, Taylor & Zafman LLP
인용정보 피인용 횟수 : 47  인용 특허 : 15

초록

An electronic system including signal processing circuitry that can operate in video and still image modes. Incoming image data is processed and compressed according to the operating mode. Processing includes scaling logic configured to use scaling methodologies appropriate to each mode. Compressing

대표청구항

1. An image processing system comprising: signal processing circuitry that is configurable to operate in one of at least two modes to yield video and still image data, the processing circuitry including scaling logic for spatially scaling image data related to sensor signals into scaled image dat

이 특허에 인용된 특허 (15)

  1. Savatier Tristan (Los Angeles CA) Delpuch Alain (Los Angeles CA), Digital image coding using random scanning.
  2. Tanaka Satomi (Kanagawa JPX), Dual mode electronic camera having a large recording capacity.
  3. Parulski Kenneth (Rochester NY) Bouvy Raymond J. (Rochester NY) Smith David A. (Rochester NY) Acello John J. (East Rochester NY), Electronic camera incorporating a computer-compatible bus interface.
  4. Fukuoka Hiroki (Kawasaki JPX), Electronic still camera for recording and regenerating image data and sound data.
  5. Roberts Marc K. (Burke VA) Chikosky Matthew A. (Springfield VA) Speasl Jerry A. (Vienna VA), Electronic still video camera with direct personal computer (PC) compatible digital format output.
  6. Parulski Kenneth A. (Rochester NY) Hamel Robert H. (Walworth NY) Acello John J. (East Rochester NY), Hand-manipulated electronic camera tethered to a personal computer.
  7. Paik Joon-ki,KRX ; Na Woon,KRX, Image frequency restoration system for a single charge coupled device video camera.
  8. Sasaki Takashi,JPX, Image pickup apparatus capable of providing moving video signal and still video signal.
  9. Paik Joon-ki,KRX ; Na Woon,KRX, Image restoration system for a single charge coupled device video camera.
  10. Inuiya Masafumi (Tokyo JPX) Nakayama Yoshiaki (Tokyo JPX), Movie camera with strobe light.
  11. Endsley Jay A. ; Berarducci Thomas N. ; Prentice Wayne E., Multi-mode digital camera with computer interface using data packets combining image and mode data.
  12. Ogawa Kimiaki (Tokyo JPX), Multi-mode electronic camera.
  13. Nakanishi Atsushi (Tokyo JPX) Kato Yukihiro (Kanagawa JPX), Single-unit video camera-recorder with selectively illuminated function keys.
  14. Kikuchi Kenichi,JPX ; Kobayashi Akio,JPX ; Toba Akira,JPX, Video camera with high speed mode.
  15. Miles Barry D. R. (Newbury GB3), Video image processing systems.

이 특허를 인용한 특허 (47)

  1. Easwar, Venkat V.; Bodnar, Eric O., Digital camera device providing improved methodology for rapidly taking successive pictures.
  2. Easwar, Venkat; Bodnar, Eric, Digital camera device providing improved methodology for rapidly taking successive pictures.
  3. Lee,Yong hyun, Dual mode signal processing apparatus and method using a picture-in-picture (PIP) mode.
  4. Ehrhart, Michael A., Image capture apparatus and method.
  5. Ehrhart, Michael A., Image capture apparatus and method.
  6. Ehrhart, Michael A., Image capture apparatus and method.
  7. Yeh,Chia Jui, Image processing system with handwriting input function and the method for forming the same.
  8. Cote, Guy; Butler, Simon Wolfenden; Bratt, Joseph P., Image signal processing involving geometric distortion correction.
  9. Nakajima,Ken; Sato,Nobuyuki; Mitsui,Satoshi, Imager and image quality correcting method performing correction based on the output of different readout modes.
  10. Fujii, Akio, Imaging apparatus having improved usability when moving images and still images are recorded.
  11. Fujii, Akio, Imaging apparatus having improved usability when moving images and still images are recorded.
  12. Pine,Joshua I., Imaging system having an image memory between the functional processing systems.
  13. Ren, Jin; Wang, Ynjiun Paul; Liu, Yong; Meier, Timothy; Deloge, Stephen Patrick, Indicia reading terminal with color frame processing.
  14. Ren, Leo; Wang, Ynjiun Paul; Liu, Yong; Meier, Timothy; Deloge, Stephen Patrick, Indicia reading terminal with color frame processing.
  15. Ren, Leo; Wang, Ynjiun Paul; Liu, Yong; Meier, Timothy; Deloge, Stephen Patrick, Indicia reading terminal with color frame processing.
  16. Lim, Suk Hwan; Silverstein, D. Amnon; Cote, Guy; Hordley, Steven David; Finlayson, Graham; Ku, Weichun; Bratt, Joseph P., Local image statistics collection.
  17. Acharya,Tinku; Mehta,Kalpesh, Method and system for performing motion estimation using logarithmic search.
  18. Acharya,Tinku; Tsai,Ping Sing, Method of generating Huffman code length information.
  19. Acharya,Tinku; Tsai,Ping Sing, Method of generating Huffman code length information.
  20. Acharya,Tinku; Tsai,Ping Sing, Method of performing huffman decoding.
  21. Chen,Huang Tsun, Motionless-image display with auto-adjusting light system and the method for forming the same.
  22. Ehrhart,Michael, Multimode image capturing and decoding optical reader.
  23. Ehrhart,Michael; Longacre, Jr.,Andrew, Optical reader for classifying an image.
  24. Ehrhart, Michael A.; Longacre, Jr., Andrew, Optical reader having a color imager.
  25. Ehrhart,Michael; Longacre, Jr.,Andrew, Optical reader having a color imager.
  26. Ehrhart, Michael A.; Longacre, Jr., Andrew, Optical reader having an imager.
  27. Ehrhart, Michael A.; Longacre, Jr., Andrew, Optical reader having an imager.
  28. Ehrhart, Michael A.; Longacre, Jr., Andrew, Optical reader having an imager.
  29. Ehrhart, Michael A.; Longacre, Jr., Andrew, Optical reader having an imager.
  30. Ehrhart, Michael A.; Longacre, Jr., Andrew, Optical reader having an imager.
  31. Ehrhart, Michael, Optical reader having decoding and image capturing functionality.
  32. Côté, Guy; Frederiksen, Jeffrey E., System and method for processing image data using an image signal processor having back-end processing logic.
  33. Cote, Guy; Lin, Sheng; Lim, Suk Hwan; Silverstein, D. Amnon; Hordley, Steven David; Bratt, Joseph P., Systems and methods for RGB image processing.
  34. Cote, Guy; Lin, Sheng; Lim, Suk Hwan; Silverstein, D. Amnon; Butler, Simon Wolfenden; Zimmer, Mark A.; Bratt, Joseph P., Systems and methods for YCC image processing.
  35. Lim, Suk Hwan; Zimmer, Mark, Systems and methods for chroma noise reduction.
  36. Lim, Suk Hwan; Zimmer, Mark A., Systems and methods for chroma noise reduction.
  37. Silverstein, D. Amnon; Lin, Sheng; Lim, Suk Hwan; Cote, Guy; Guo, Haitao, Systems and methods for collecting fixed pattern noise statistics of image data.
  38. Lim, Suk Hwan; Mills, Christopher L.; Lin, Sheng, Systems and methods for defective pixel correction with neighboring pixels.
  39. Lim, Suk Hwan; Silverstein, D. Amnon; Zimmer, Mark A.; Cote, Guy, Systems and methods for determining noise statistics of image data.
  40. Lim, Suk Hwan; Hayward, David; Silverstein, D. Amnon, Systems and methods for highlight recovery in an image signal processor.
  41. Cote, Guy; Petolino, Jr., Joseph Anthony; Lim, Suk Hwan; Silverstein, D. Amnon, Systems and methods for lens shading correction.
  42. Lim, Suk Hwan; Silverstein, D. Amnon; Cote, Guy; Hordley, Steven David; Finlayson, Graham; Ku, Weichun; Bratt, Joseph P., Systems and methods for local tone mapping.
  43. Lim, Suk Hwan; Silverstein, D. Amnon; Cote, Guy; Hordley, Steven David; Finlayson, Graham; Ku, Weichun; Bratt, Joseph P., Systems and methods for local tone mapping.
  44. Cote, Guy; Lim, Suk Hwan; Mori, Munehiro; Lin, Sheng, Systems and methods for luma sharpening.
  45. Cote, Guy; Lin, Sheng; Lim, Suk Hwan; Silverstein, D. Amnon; Hayward, David; Butler, Simon Wolfenden; Petolino, Jr., Joseph Anthony; Bratt, Joseph P., Systems and methods for raw image processing.
  46. Cote, Guy; Silverstein, D. Amnon; Lim, Suk Hwan, Systems and methods for statistics collection using clipped pixel tracking.
  47. Kuo, David Daming; Cote, Guy, Systems and methods for statistics collection using pixel mask.
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